High-branch shears
a high-branch shear and branch technology, applied in the field of improved high-branch shears, can solve the problems of laborious shearing of branches, and achieve the effect of quick and convenient adjustmen
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second embodiment
[0033]FIG. 7 shows the present invention, in which the locating member 315 includes a locating bolt 3155 and a locating bar 3156. One side of the locating bar 3156 is formed with several substantially L-shaped notches 3157 facing the connecting rod 2. The locating bolt 3155 can be inlaid and located in any of the notches 3157. When the cord 33 is free from any application force, the locating bar 3156 will move downward due to gravity. Under such circumstance, the locating bolt 3155 will abut against top wall of the notch 3157. When a force is applied to the cord 33 for shearing branches, the locating bar 3156 is driven to move upward. At this time, the locating bolt 3155 abuts against bottom wall of the notch 3157 and is inlaid and located in the notch 3157.
[0034] When it is necessary to adjust the shears for shearing branches with different diameters, as shown in FIGS. 8-1 to 8-3, a user can bias the locating bar 3156 with a finger to make the locating bolt 3155 move out of the not...
third embodiment
[0035]FIG. 9 shows the present invention, in which the fixed seat 4 has a fitting section 41. The branch shearing mechanism 1 is fitted in one end of the fitting section 41, while the connecting rod 2 is fitted in the other end of the fitting section 41. The fixed seat 4 further has two third lugs 42 protruding from the fitting section 41. A third fixed pulley 43 is pivotally mounted between the third lugs 42. One end of the locating member 5 is positioned between the third lugs 42.
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